- SocketHttpConnection 整合http/socket 网路功能并之余https 以及在cmwap 环境下使用连线
- daobufangzhen 机械自动化刀补轨迹仿真程序
- C-pintu-gama 编译环境VC++6.0. 程序和资源一共15M. //自制
- A-New-Differentially-Private-Data-Aggregation A New Differentially Private Data Aggregation With Fault Tolerance for Smart Grid Communications
- Simultaneous-SR simutaneous OMP based Sparse Representation algorithm
- aodvTestRouting1.2 aodv source code omnet
文件名称:zhou2012
-
所属分类:
- 标签属性:
- 上传时间:2015-07-26
-
文件大小:424.29kb
-
已下载:0次
-
提 供 者:
-
相关连接:无下载说明:别用迅雷下载,失败请重下,重下不扣分!
介绍说明--下载内容来自于网络,使用问题请自行百度
Smart grid is a new emerging technology which
is able to intelligently control the power consumption
via network. Therefore, the efficiency of the
information exchange between the power suppliers
(or control centers) and power customers is an
important issue for smart grid. Moreover, the performance
of the smart grid usually depends on the
customer’s satisfaction degree which belongs to the
field of quality of experience. In this article, we propose
a QoE-driven power scheduling in the context
of smart grid the perspectives of architecture,
strategy, and methodology. Specifically, it takes into
account the QoE requirement when designing the
power allocation scheme. For obtaining the QoE
requirement, we analyze the fluctuation of the
power load and the impact of the transmission
delay. In particular, the power allocation is formulated
as an optimization problem that maximizes-Smart grid is a new emerging technology which
is able to intelligently control the power consumption
via network. Therefore, the efficiency of the
information exchange between the power suppliers
(or control centers) and power customers is an
important issue for smart grid. Moreover, the performance
of the smart grid usually depends on the
customer’s satisfaction degree which belongs to the
field of quality of experience. In this article, we propose
a QoE-driven power scheduling in the context
of smart grid the perspectives of architecture,
strategy, and methodology. Specifically, it takes into
account the QoE requirement when designing the
power allocation scheme. For obtaining the QoE
requirement, we analyze the fluctuation of the
power load and the impact of the transmission
delay. In particular, the power allocation is formulated
as an optimization problem that maximizes
is able to intelligently control the power consumption
via network. Therefore, the efficiency of the
information exchange between the power suppliers
(or control centers) and power customers is an
important issue for smart grid. Moreover, the performance
of the smart grid usually depends on the
customer’s satisfaction degree which belongs to the
field of quality of experience. In this article, we propose
a QoE-driven power scheduling in the context
of smart grid the perspectives of architecture,
strategy, and methodology. Specifically, it takes into
account the QoE requirement when designing the
power allocation scheme. For obtaining the QoE
requirement, we analyze the fluctuation of the
power load and the impact of the transmission
delay. In particular, the power allocation is formulated
as an optimization problem that maximizes-Smart grid is a new emerging technology which
is able to intelligently control the power consumption
via network. Therefore, the efficiency of the
information exchange between the power suppliers
(or control centers) and power customers is an
important issue for smart grid. Moreover, the performance
of the smart grid usually depends on the
customer’s satisfaction degree which belongs to the
field of quality of experience. In this article, we propose
a QoE-driven power scheduling in the context
of smart grid the perspectives of architecture,
strategy, and methodology. Specifically, it takes into
account the QoE requirement when designing the
power allocation scheme. For obtaining the QoE
requirement, we analyze the fluctuation of the
power load and the impact of the transmission
delay. In particular, the power allocation is formulated
as an optimization problem that maximizes
(系统自动生成,下载前可以参看下载内容)
下载文件列表
zhou2012.pdf
本网站为编程资源及源代码搜集、介绍的搜索网站,版权归原作者所有! 粤ICP备11031372号
1999-2046 搜珍网 All Rights Reserved.